重编译策略的视觉摊销分析

Stephan Zimmer, S. Diehl
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引用次数: 2

摘要

动态重新编译试图通过利用运行时信息来生成更高效的代码。像Jikes RVM这样的虚拟机使用重新编译启发式来决定如何重新编译程序,即在什么优化级别上重新编译哪些部分。本文提出了一种基于改进的调用堆栈抽样的事后摊销分析方法。我们的工具将分析结果呈现为交互式可视化,以帮助虚拟机实现者改进其重新编译策略,并帮助程序员评估这些重新编译策略是否不仅对整个应用程序有利,而且对单个方法也有利。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Visual Amortization Analysis of Recompilation Strategies
Dynamic recompilation tries to produce more efficient code by exploiting runtime information. Virtual machines like the Jikes RVM use recompilation heuristics to decide how to recompile the program, i.e. what parts are recompiled at what level of optimization. In this paper we present our post-mortem amortization analysis based on improved call stack sampling. Our tool presents the results of the analysis as an interactive visualizations to help both virtual machine implementors improve their recompilation strategies, as well as programmers assess whether these recompilation strategies pay off not only for their application as a whole, but also for individual methods.
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